1. The number of chondrocytes present.
2. Type of fibres used.
Cartilage is the substance found between two bones. It is like a lubricant which stops the bones rubbing together.without it are joints wouldn't really work.
The arytenoid cartilages are paired three-sided pyramids to which the vocal cords are attached in the larynx.
The external ear (auricle) and the epiglottis in the throat contain flexible elastic cartilage. This type of cartilage provides support and flexibility to these structures, allowing them to bend without breaking.
The hip joint is a ball-and-socket joint that has a layer of cartilage covering both the head of the femur (thigh bone) and the acetabulum (the socket in the pelvis). So, the hip joint has cartilage in both the femoral head and the acetabulum.
There are two factors to facilitate the same. The bones are covered by cartilage. Cartilage is resilient in nature. It is firm and elastic. Secondly the synovial fluid act as the lubricating fluid.
Cartilage tissue.
keeps bones from rubbing together helps give the body shape
I was taught that the nose was only made of cartilage so as far as I know-- none
The two extreme ranges of price elasticity of demand are Zero and Infinity.
The nose, in the nasal cartilage and nasal septum. The ear flaps, or pinna?
Give two examples of products being exclusively distributed in the market along with the reason for selected examples?
1) Point elasticity is measured by the ratio of the lower segment of the curve below the given point to uppa segment the super part of the curve above the point. 2) Arc elasticity is measured by the use of mid point between the old & the new figures in the case of both prine and qualitiy demonded.
You have two cartilage piercings. Unless they are joined by a barbell or they are blended or layered in some way to get a desired effect, you just have two cartilage piercings nothing special, no fancy name sorry.
True or False: A cross elasticity of demand coefficient of +2.5 indicates that the two products are substitutes.
The network of fibers in cartilage is made from two proteins called collagen and elastin. These proteins provide strength and flexibility to cartilage, helping to maintain its structure and function.
They have two chambers.
The cartilage helps cushion and reduce friction in the joint.